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Bilateral Exchange Sessions

2025 KPS Spring Meeting   April 23-25, 2025   Daejeon Convention Center 1

"Bilateral Exchange Sessions" aim to share research results and promote international cooperation through exchanges between two countries (Korea and one other country). Session titles and organizers of bilateral exchange sessions for upcoming meeting are as follows. E represents an ‘English session’ where all authors present in English.


1) E [Nuclear Physics] Extreme Rare Isotope Science

   Time/Room: April 24 (Thursday) 14:24 - 16:00, 16:24 - 18:00/ DCC 1 Rm. 102  

 

  [Organizers] SHIN Taeksu (IRIS, IBS), SONG Young-Ho (IRIS, IBS), AHN Deuk Soon (CENS, IBS), AHN Jung Keun (Korea Univ.)
 

  [Invited Speakers]

  • SAKURAI Hiroyoshi (RIKEN, Japan): “Overview of current activities and future projects at RIBF”
  • AHN Deuk Soon (Center for Exotic Nuclear Studies, IBS): “Experimental studies for the RI beam production of very neutron-rich nuclei”
  • IIMURA Shun ( Rikkyo University, Japan): “N = 32 and 34 Shell Structure in Neutron-Rich Nuclei: Insights from High Precision Mass Measurements”
  • KIMURA Atsushi (Japan Atomic Energy Agency, Japan): “Status of neutron-induced cross-section measurements at ANNRI in J-PARC”
  • UTSUNO Yutaka (Japan Atomic Energy Agency, Japan): “Large-scale shell-model calculations for studying exotic nuclei”
  • SHIN Ik Jae (Institute for Rare-Isotope Science, IBS): “Effective shell-model Interactions from the no-core shell model”
  • NISHIMURA Shunji (RIKEN, Japan): “Projects related to Nuclear Astrophysics and TOPTIER”
  • PARK Joochun (Center for Exotic Nuclear Studies, IBS): “TOPTIER activities for gamma-ray spectroscopy”

 

   [Scope]
"The purpose of the session is to provide a survey of the status of various extreme rare isotope sciences including nuclear structure, reaction, and nuclear astrophysics and promote the international research collaboration between Korea and Japan in the extreme rare isotope science. The active research collaboration with Japan, where RIKEN has the experience of the production of the world top class rare isotope beam, can provide an nourishing environment for the world class research of the extreme rare isotope science utilizing the rare isotope accelerator RAON in Korea. "



2) E [Optics and Quantum Electronics] Spin-based Quantum Sensing Bilateral Exchange Session between Korea and Germany

   Time/Room: April 24 (Thursday) 14:24 - 16:00, 16:24 - 18:00 / DCC 1 Rm. 209  

 

  [Organizers] OH Sangwon (Ajou Univ, LEE Junghyun(KIST), SEO Hosung (Sungkyunkwan Univ.)
 

  [Invited Speakers]

  • JELEZKO Fedor (Ulm University, Germany): “Quantum sensing at nanoscale enabled by diamond spin qubits”
  • LEE Junghyun (KIST): “Toward Post-Selection Quantum Metrology Using Defect Spins in Diamond”
  • HONG Sungkun (University of Stuttgart, Germany): “Quantum Sensing with Levitated Nanoparticles”
  • LEE Donghun (Korea University): “Quantum Imaging based on diamond NV centers: single spin scanning magnetometry and wide-field quantum microscopy”
  • SEO Hosung (SAINT, Sungkyunkwan University): “Towards an accurate prediction of the qubit decoherence in 3D and 2D materials: integration of density functional theory and quantum spin dynamics”
  • BUCHER Dominik (Technische Universität München, Germany): “NMR microscopy using quantum sensors in diamond”
  • KIM Chulki (KIST): “Quantum sensing towards nano MRI”
  • PLENIO Martin B (Ulm University, Germany): “Quantum Control for Sensing and Hyperpolarisation”

 

   [Scope]
Horizon Europe is one of the largest international research funding programs in Europe, investing 95.5 billion euros over 7 years from 2021 to 2027. The Republic of Korea was approved as an associate member of the program in 2024, securing eligibility for direct research funding. The Bilateral Exchange session aims to provide an opportunity for Korean and German researchers in spin-based quantum sensing to deepen their understanding of each other’s research area and establish joint research goals through mutual exchange. Based on this, we aim to lay the groundwork for Korea’s participation in the Horizon Europe program starting in 2025.



3) E [Semiconductor Physics] Frontier of Boron Nitride Based Science and Technology

   Time/Room: April 24 (Thursday) 13:00 - 14:12, 14:24 - 16:12, 16:24 - 18:00/ DCC 1 Rm. 201  

 

  [Organizers] Kim Soo Min (Sookmyung Woment’s University), Kim Ki Kang (Sungkyunkwan University), Kim Young Duck (Kyung Hee University)
 

  [Invited Speakers]

  • TANIGUCHI Takashi (National Institute for Materials Science, Japan): “Impurity and isotope control of boron nitride single crystals under high pressure”
  • WATANABE Kenji (National Institute for Materials Science, Japan) : “Optical Properties and Applications of h-BN: high Luminous Efficiency and Beyond”
  • KIM Jong Kyu (POSTECH): “Growth of hexagonal boron nitrides by MOCVD and their applications”
  • KIM Yousoo (Center for Quantum Conversion Research, IBS): “STM-based spectroscopy for low-dimensional material studies”
  • AGO Hiroki (Kyushu University, Japan): “Controlled growth, transfer, and electronic applications of large hBN films”
  • KIM Soo Min (Sookmyung Women's University): “CVD Synthesis of Wafer-Scale hBN: Challenges & Advances”
  • NAGASHIO Kosuke (Univ. of Tokyo, Japan): “Layered 2D Insulators: from electrical reliability to current injection”
  • KIM Young Duck ( Kyung Hee University): “Tunable Quantum Emitters and Moiré Superlattices in Twisted Hexagonal Boron Nitride”
  • SASAKI Kento (The University of Tokyo, Japan): “Properties of boron vacancy defects in hexagonal boron nitride”

 

   [Scope]
Boron nitride (BN) is a material with excellent thermal conductivity, chemical stability, and high electrical insulation properties, making it a key component in next-generation two-dimensional electronic and quantum devices. Japan leads the world in hBN single-crystal growth and precision analysis techniques, driving advancements in BN-based device applications. Meanwhile, Korea has demonstrated strengths in large-area hBN synthesis and various nanoscale device applications, particularly excelling in quantum optics and spin-quantum coupling research using hBN. This Bilateral Session will bring together the latest BN research achievements from both Korea and Japan, covering topics from material growth and device applications to quantum phenomena. Through in-depth discussions, we aim to explore opportunities for collaboration and strengthen scientific ties between the two countries.



4) E [Biological Physics] Korea-Taiwan Bilateral Exchange in Biophysics

   Time/Room: April 24 (Thursday) 08:30 - 10:06, 14:24 - 16:00/ DCC 1 Rm. 206 

 

  [Organizers] HONG Seok-Cheol (Korea University), KIM Hajin (UNIST), KIM Byoung Choul (Incheon National University), HIRAIWA, Tetsuya (Institute of Physics, Academia Sinica)
 

  [Invited Speakers]

  • CHEN Hsiang-Ying (National Central University, Taiwan): “3D tissue formation on defect topography”
  • CHIOU Jian-geng (Academia Sinica, Taiwan): “How cells determine polarity modes: What we learned from yeasts and Mass-Conserved Reaction-Diffusion systems”
  • LEE Sang Hak (Pusan National University): “Anion and Cation in Neurodegenerative Diseases”
  • KOH Hye Ran (Chung-Ang University): “Molecular Insights into RNA Binding and Cleavage by CRISPR-Cas13a”
  • JEON Jae-Hyung (POSTECH): “Biophysics of Target Search in DNA”
  • LAI Pik-Yin (National Central University, Taiwan): “Vesicle dynamics and transport powered by molecular motors”
  • HIRAIWA Tetsuya (Academia Sinica, Taiwan): “Numerical simulations on how mechanical perturbations by subnuclear molecules can affect chromatin organization and dynamics”
  • HYEON Changbong (KIAS): “Polymer brush-induced depletion interactions and clustering of transmembrane proteins”

 

   [Scope]
This session seeks to establish a collaborative platform between the Biophysics Divisions of the Korean Physical Society and Biophysics researchers in Taiwan. By facilitating academic exchange and joint discussions, the session aims to promote advancements in biophysics through shared expertise, innovative research, and strengthened professional networks. It will provide an opportunity for researchers and students to present their work, engage in interdisciplinary dialogues, and explore potential collaborative projects. Ultimately, this initiative aspires to contribute to the global development of biophysics and reinforce long-term partnerships between the two societies.